Smart Energy Solution Overview
Based on the Internet of Things (IoT) and AI algorithms, we have built a comprehensive management system covering energy collection, analysis, and optimization. Through smart meters and sensors, we monitor energy consumption data such as water, electricity, gas, and heat in real time, combining equipment operating status and production schedules to accurately identify high-energy consumption areas. This enables energy consumption visualization, anomaly alerts, and intelligent strategy optimization, helping enterprises reduce their overall energy consumption costs by 10%-30%.
Smart Energy Key capabilities
Comprehensive Monitoring:
Real-time collection of multi-dimensional energy data
Intelligent Diagnosis:
AI algorithms identify inefficient equipment operation and idle losses
Strategy Optimization:
Automatic generation of peak-valley electricity usage plans and renewable energy scheduling schemes
Carbon Emissions Management:
One-click generation of carbon emissions reports benchmarked against industry standards.
Smart Energy Technical benifits
Multi-Protocol Compatibility:
Supports industrial protocols such as Modbus, BACnet, and OPC UA, enabling quick integration with PLC and SCADA systems;
Predictive Modeling:
Combines weather and production data to predict energy consumption trends for the next 24 hours (comparison of predicted vs. actual curves);
Edge Computing:
Localized data processing ensures real-time response in high-concurrency scenarios.
Proven use case
Industrial manufacturing (energy-saving control of air compressor clusters), commercial buildings (intelligent control of HVAC systems), smart campuses (coordinated management of photovoltaic and energy storage systems).
Security and Scalability
Supports public cloud/private deployment, encrypted data transmission, integration with ERP and MES systems, and provides API interfaces for custom development.
Case Study: Smart Energy Digital Twin System Project
Currently, the factory’s systems lack advanced informatization, with a strong need for enhanced safety monitoring and optimized production processes. To address critical areas such as safety oversight, warehouse management, and operational maintenance, the project leverages Internet+Industrial Automation technologies to plan and implement a green, digital, and intelligent transformation of the factory.
The integrated solution includes: a core platform, the “Digital Twin Management Platform,” complemented by multiple subsystems covering access control, comprehensive security, smart fire protection, vehicle management, environmental monitoring, energy consumption management, office informatization, production management, warehouse management, equipment management, safety control, and information security. The implementation encompasses both hardware and software deployment, as well as data collection and integration.
